Evaluate the angle of heel, Mechanical Engineering

Assignment Help:

A motor cycle with rider, weight of 250 Kg., the centre of Gravity of the machine and rider combined being 60 cm above from ground level when the machine is standing upright. Each road wheel has a rolling diameter of 60 cm and a moment of Inertia of θ Kg-m2. The engine rotates at six times faster then the speed of the road wheels and in the same sense. The moment of Inertia of rotating parts of the engine is 1.5 Kg-m2. Evaluate the angle of heel if the unit is travelling at a speed of 15 m/sec in a curve of 30 m.


Related Discussions:- Evaluate the angle of heel

Thermodynamics project , ES 347 - Thermodynamics Project Assigned: 3/28/201...

ES 347 - Thermodynamics Project Assigned: 3/28/2013 Due: 4/25/2013 Problem specification 5 kg of air is contained in a piston-cylinder device, initially at a pressure of 2MPa and a

Explain assembly processes, Assembly Processes The assembly process f...

Assembly Processes The assembly process for machines and mechanisms is the part of the manufacturing process concerned with the consecutive joining of the finished parts into

Spray transfer, Spray Transfer In a gas shield of argon or argon rich m...

Spray Transfer In a gas shield of argon or argon rich mixture [i.e., Ar+CO 2 gas mixture containing more than 80 % argon] the metal transfer changes from globular to spray typ

Extraction column, 1. An extraction column (sketched below with the known p...

1. An extraction column (sketched below with the known process data) is used to remove acid from an oil stream by contacting it with pure water.  It can be assumed that the oil and

Clutch free play-clutch complaints, Clutch free play : Check for free play ...

Clutch free play : Check for free play of the clutch lever. It should be within 10-20 mm.

Iron carbon digram, Explain iron carbon diagram with all small details

Explain iron carbon diagram with all small details

IC engines, How does an Ignition system works ?

How does an Ignition system works ?

Calculate the displacement of a particle, Calculate the displacement of a p...

Calculate the displacement of a particle: The displacement of a particle is given by the equation, x = 10 t 3  - 7 t 2   + 6 t + 2       I.            Calculate its d

Manufacturing technology, Details of rolling process,Different rolling meth...

Details of rolling process,Different rolling methods,

Flash butt welding-flashing, Flash Butt Welding-Flashing The phenomenon...

Flash Butt Welding-Flashing The phenomenon of flashing is of extreme importance in achieving satisfactory welds. Flashing can begin only after a molten bridge has been formed s

Write Your Message!

Captcha
Free Assignment Quote

Assured A++ Grade

Get guaranteed satisfaction & time on delivery in every assignment order you paid with us! We ensure premium quality solution document along with free turntin report!

All rights reserved! Copyrights ©2019-2020 ExpertsMind IT Educational Pvt Ltd